因此，耗散现象（粘性与热传导）的影响可以忽略不计。
Therefore, the influence of dissipative phenomena (viscosity and thermal conduction) is negligible.
如描述热传导、扩散等物理现象的热传导方程就是最典型的抛物型方程。
Heat equation is the most typical one of parabolical equations, which describes many physical-phenomenas, such as conduction, diffusion. Etc.
两种不同固体材料相互接触所形成的接触面的热传导与热流的方向有关，这种现象称为热整流现象。
The heat conducting of the interface of two different kinds of solid materials has something to do with the direction of thermal current. Such a phenomenon is called heat rectification.
两种不同固体材料相互接触所形成的接触面的热传导与热流的方向有关，这种现象称为热整流现象。
The heat conducting of the interface of two different kinds of solid materials has something to do with the direction of thermal current. Such a phenomenon is called heat rectification.
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